PassiveLogic

PassiveLogic provides a complete ecosystem for building automation, utilizing Quantum digital twins as a single source of information throughout the entire building lifecycle. The company’s Hive platform simplifies automation projects by turning complexities into seamless workflows, reducing time to deployment by 90% through premanufactured and distributed solutions. The Swarm Decision Engine continuously commissions systems during runtime, maintaining building optimization as the system ages. Autonomy Studio allows users to create custom autonomous systems quickly by drawing a digital twin and deploying it on the Hive Platform. Quantum coordinates control across all building systems, addressing real-world complexity, sub-system interactions, and real-time sensor fusion. The Hive platform forms a distributed supercomputer inside buildings by daisy-chaining Hive controllers, eliminating the need for a cloud connection. It simulates future control actions using an on-board physics engine, analyzing millions of sequence futures every second to execute the most optimal control path. PassiveLogic’s platform is scalable from small coffee shops to large skyscrapers, suitable for both new construction and retrofits. Pilot projects have shown energy savings of around 30% through improved system control, better meeting the needs of building operators and occupants. The platform also enables peer-to-peer building energy networks, enhancing grid stability and resilience by allowing real-time energy trading between buildings. Leveraging physiological digital twins of occupants, PassiveLogic provides personalized comfort based on metrics such as humidity, light levels, radiant temperature, and clothing. The Quantum Passport application allows building occupants to define their comfort preferences on their smartphones, which can be used in any PassiveLogic-enabled building. The platform offers transparent governance with auto-tracking and benchmarking, enabling building managers to quickly access and analyze any part of the facility control system. Digital twins can compare current build conditions to intended designs, ensuring verified operation and guaranteeing intended outcomes from upgrades. The Quantum digital twin standard provides a framework to automate any system defined by the rules of physics, applicable across various industries and use cases.